Company Filing History:
16 out of 33 
3 out of 3 
2 out of 100 
Years Active: 2003-2008
Title: Innovations in Diagnosing Disease States: The Contributions of Tammy Vrees
Introduction
Tammy Vrees, an accomplished inventor based in Oakville, CA, has made significant strides in the field of biopolymer research and diagnostics. With an impressive portfolio of 21 patents, her innovations have the potential to revolutionize the way diseases are diagnosed and understood.
Latest Patents
Among her notable patents are two biopolymer markers indicative of disease states, each exhibiting distinct molecular weights—1562 daltons and 1348 daltons respectively. Both inventions involve sophisticated methodologies that integrate preparatory steps with mass spectroscopy and time-of-flight detection procedures. This approach maximizes the diversity of verifiable biopolymers within specific samples. By analyzing the verified cohort of biopolymers, diagnosticians can characterize the presence or absence of disease states, thereby enhancing the diagnostic process significantly.
Career Highlights
Tammy Vrees has held pivotal roles in leading companies in the biopharmaceutical sector. She has worked with Syn X Pharma, Inc. and Artemis Proteomics, Ltd., where she contributed to advancing research and development in biopolymer applications. Her innovative mindset and technical proficiency have garnered recognition within the industry for their potential to influence diagnostic methodologies.
Collaborations
Throughout her career, Tammy has collaborated with notable professionals in her field, including George Jackowski and Brad Thatcher. These partnerships have fostered creativity and exploration of new ideas, leading to the advancement of research that bridges the gap between biological science and clinical diagnostics.
Conclusion
Tammy Vrees exemplifies the impact of innovation in the realm of medical diagnostics. With her extensive patent portfolio and collaborative spirit, she continues to lead efforts in identifying disease states through biopolymer research. Her contributions not only pave the way for improved diagnostic techniques but also enhance the overall understanding of complex biological interactions related to health and disease.